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in the project is to develop a package of a robotic ground vehicle, multiple cameras, and software to analyze the images and guide the robot. The images captured will be used to identify faults and
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samples per annum using a range of techniques, both manually and with robotics. The Postdoctoral Fellow (Level A) is expected to contribute towards the research effort of UNSW and to develop their research
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multi-disciplinary team that addresses issues of human uses of outer space, including in-situ resource utilisation, human-robot teaming, space governance and the support systems needed to sustain a human
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engineering design, robotics, new advanced materials and manufacturing, energy generation and transmission, thermal management, and computer control of physical systems. In this role you will: Develop a
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, psychology, musical composition, community activism, and robotics. Recognising that design cannot happen in isolation, we actively collaborate across disciplines and with external partners, including industry
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Institute), digital agriculture (International Centre of Crop and Digital Agriculture), agricultural robotics (Australia Centre for Field Robotics), augmented by world class soil science. The successful
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and Digital Agriculture), agricultural robotics (Australia Centre for Field Robotics), augmented by world class soil science. The successful applicant will have a thorough understanding of sustainable
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this role you will: Work closely with a team of project academics, engineers, and PhD students, Develop and characterise novel robotic vision representations, algorithms and/or imaging technologies
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Govindan and Associate Professor Devika Kannan lead this new centre. Prof Govindan explores the use of industry 4.0 technologies (blockchain, big data, AI, machine learning, and robotic process automation
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. Professor Kannan Govindan and Associate Professor Devika Kannan lead this new centre. Prof Govindan explores the use of industry 4.0 technologies (blockchain, big data, AI, machine learning, and robotic